oscillator ['ɔsileitə]

oscillator的基本解释

n.

振动器, 动摇的人, 摆动物

与oscillator相关的网络例句 [注：此内容来源于网络，仅供参考]

In this paper, the current states of research about the basic theory of harmonic oscillator and hydrogen atom in quantum mechanics are firstly reviewed. On base of it, and the relationships between harmonic oscillator and hydrogen atom in quantum mechanics are studied. By use of the relationships between the hermite polynomial and the laguerre polynomial, the eigenequations of one-dimensional harmonic oscillator and hydrogen atom are conversed into the same equations in form. Therefore the relationships between energy levels and wave functions of one-dimensional harmonic oscillator and hydrogen atom are found. Through the coordinates transform, the relationships between energy levels and wave functions of two-dimensional harmonic oscillator and hydrogen atom are found.

首先综述了谐振子与氢原子的基本理论的研究现状，并在此基础上对谐振子与氢原子的关系展开了研究，通过厄密特方程与拉盖尔方程的相互转化，将一维谐振子与一维氢原子的本征值方程转化为相同形式的方程，从而比较得出它们能量及波函数间的关系，并通过坐标变换将直角坐标系下二维氢原子的本征值方程转化成与曲线坐标系下二维谐振子的本征值方程相同的形式，从而得出二维氢原子与二维谐振子的能量及波函数的关系。

Often divided into two types:(1) sine wave oscillator, according to the network oscillation frequency of the different loop selected further divided into RC sinusoidal oscillator, LC sinusoidal oscillators, quartz crystal oscillators, voltage-controlled oscillator, voltage-controlled crystal oscillator and other forms;(2) non-sinusoidal oscillation device, also known as relaxation oscillator, is the use of capacitor charging and discharging and active device (transistor, FET, single-junction transistor, etc.) to generate the pulse-off square wave, rectangular wave, triangle wave, sawtooth wave, or these basic waveforms synthetic waveform and its frequency by the LC time constant charge and discharge circuits to decide.

常分两大类型：（1）正弦波振荡器，根据振荡环路中选频网络的不同，又分为RC正弦波振荡器、LC正弦波振荡器、石英晶体振荡器、压控振荡器、压控石英晶体振荡器等多种形式；（2）非正弦波振荡器，又称张弛振荡器，是利用电容充放电及有源器件（晶体管、场效应管、单结晶体管等）的通断来产生脉冲方波、矩形波、三角波、锯齿波或这些基本波形的合成波形，其工作频率由LC充放电电路的时间常数来决定。

With the development and application of three-terminal devices, a millimeter-wave three-terminal device oscillator has some advantages over a two-terminal oscillator, for instance, operation frequency band, efficiency, stability and integrity. Especially, for PHEMT (pseudomorphic high electron-mobility transistors) oscillator and HBT (heterojunction biplor transistors) oscillator, there is lower noise and better integrity, operate in wider dynamic range and higher frequency band.

随着三端器件的发展，相对于毫米波二端器件振荡器而言，毫米波三端器件振荡器具有工作频带宽、效率高、工作稳定和集成度好等优点，特别是用PHEMT和HBT器件制作的振荡器，具有更低的噪声，更大的动态范围，更好的集成度，可以工作在更高的频段，所以固态器件毫米波振荡器已逐步向三端器件振荡器发展。

与oscillator相关的网络解释 [注：此内容来源于网络，仅供参考]

oscillator：振荡器

一八八七年十二月,赫兹再发明"电流振荡器"(oscillator),利用电流加速的装置可以产生一种高频率的电流. 这是第一个人工微波(microwave)的产生;比微波更高频率的有红外线、可见光、紫外线、X光、伽玛射线,一般人称为"光"其实是电磁波中一段极窄的范围.

oscillator：振动子

迄今已构建了自抑制子(Autorepressor)、套环开关(Toggle-switch)、振动子(Oscillator)等原型基因电路. 目前主要采用推理法和定向进化法设计和验证基因电路. 类似目前的计算机编程,将来我们可随意设计细胞行为.

oscillator：振动器

这种方法应被使用. 这个选项可以从更长远的角度 来看市场,从而决定是否先前 5 浪的结束可能只是一个第 3 浪的结 束,第 5 浪并未达到. 这种方法应同振动器 (Oscillalor)的第 3 种选择 同时使用, 而不是同 5, 35 振动器(Oscillator).

oscillator：震荡器

主要应用端为民间与军方用通讯产品,包含射频开关(switch)、震荡器(oscillator)、滤波器(filter)、天线(antenna)、混频器(mixer)等. 光学微系统 (Optical MEMS) 光学微机电的主要目的为提升光学品质、缩小系统尺寸、强化系统可调变性等.

oscillator：abbr. o; 振荡器